1.
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Optical coherence tomography (OCT) has become an indispensable ophthalmic diagnosis tool due to its fast, noninvasive, three-dimensional features and micrometer resolutio [...]
2021 |
Capstone |
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2.
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Color photograph of a patient in a Picker x-ray machine in the Picker Control Room at the UOMS radiology laboratory. Equipment was donated by GE and the James Picker Foun [...]
1960 |
Still image |
Melvin Paul Judkins Collection |
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3.
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Color photograph of a patient in a lateral position prepared for an x-ray. Melvin Paul Judkins, M.D., (1922-1985) utilized the Picker Control X-ray machine for coronary a [...]
1960 |
Still image |
Historical Image Collection |
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4.
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Color photograph of a patient in one of three positions used for high resolution serials radiography in a Picker Control X-ray machine. The equipment was created by Dr. M [...]
1960s |
Still image |
Historical Image Collection |
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5.
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Black and white photograph of Melvin Judkins, M.D., displaying the coronary catheters he developed. The image is captioned, "Melvin Judkins with his left and right c [...]
1960s |
Still image |
Melvin Paul Judkins Collection|Historical Image Collection |
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6.
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Optical coherence tomographic angiography (OCTA) has been successfully used in ophthalmol-ogy, providing noninvasive, non-dye-based, high-speed, and depth-resolved imagin [...]
2022 |
Dissertation |
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7.
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Black and white photograph of Melvin Judkins, M.D., performing a catheterization procedure with the aid of a female nurse. Judkins developed by the "Judkins catheters" as [...]
20th century |
Still image |
Historical Image Collection |
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8.
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9.
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Black and white photograph, measuring 10 x 8 inches. The caption on the back of the photograph reads: "Miss Kay Smith, x-ray technician at the University of Oregon Medica [...]
1955 |
Still image |
Historical Collections and Archives |
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10.
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